DEVELOPMENTAL BRAIN RESEARCH 5 AAT ELSEVIE Developmental Brain Research 102 (1997) 315-316 Author Index Achim, C.L., Katyal, S., Wiley, C.A., Shiratori, Dastugue, B., see Monnerie, H. (102) 167 Kamei, K., see Muneoka, K. (102) 117 M., Wang, G., Oshika, E., Petersen, B.E., Dhingra, N.K., Ramamohan, Y. and Raju, T.R. Kato, H., see Muneoka, K. (102) 117 Li, J.-M. and Michalopoulos, G.K. Developmental expression of synapto- Katyal, S., see Achim, C.L. (102) 299 Expression of HGF and cMet in the devel- physin, synapsin I and syntaxin in the rat Keller-Peck, C.R. and Mullen, R.J. oping and adult brain (102) 299 retina (102) 267 Altered cell proliferation in the spinal cord Al-Sarraf, H., Preston, J.E. and Segal, M.B. DiCicco-Bloom, E., see Wolf, E. (102) 305 of mouse neural tube mutants curly tail and Acidic amino acid accumulation by rat Dinopoulos, A., see Antonopoulos, J. (102) 135 Pax3 splotch-delayed (102) 177 choroid plexus during development (102) Dori, I., see Antonopoulos, J. (102) 135 Kent, P., Plamondon, H. and Merali, Z. 47 Pharmaco-ontogeny of bombesin’s suppres- Fallah, Z., see Clowry, G.J. (102) 197 Al-Sarraf, H., Preston, J.E. and Segal, M.B. sion of food intake and its attenuation by Fernandez-Llebrez, P., see Lépez-Avalos, M.D. Changes in the kinetics of the acidic amino histamine H, receptor agonists (102) 87 (102) 69 acid brain and CSF uptake during develop- Kern, M., see Audesirk, G. (102) 247 Fitzgerald, M., see Reynolds, M. (102) 275 ment in the rat (102) 127 Kiessling, M., see Sommer, C. (102) 225 Friauf, E., see Kungel, M. (102) 157 Alvares, D., see Reynolds, M. (102) 275 Kim, J.H.Y. and Juraska, J.M. Antonopoulos, J., Dinopoulos, A., Dori, I. and Garcia-Rill, E., see Hayashi, T. (102) 21 Sex differences in the development of axon Parnavelas, J.G. Gerrelli, D. and Copp, A.J. number in the splenium of the rat corpus Distribution and synaptology of dopaminer- Failure of neural tube closure in the /oop-tail callosum from postnatal day 15 through 60 gic fibers in the mature and developing (Lp) mutant mouse: analysis of the embry- (102) 77 lateral septum of the rat (102) 135 onic mechanism (102) 217 Krushel, L.A., see Phillips, G.R. (102) 143 Arnott, G., see Clowry, G.J. (102) 197 Ghosh, P.K., Baskaran, N. and Van den Pol, Kungel, M. and Friauf, E. Audesirk, G., Cabell, L. and Kern, M. ALN. Physiology and pharmacology of native Modulation of neurite branching by protein Developmentally regulated gene expression glycine receptors in developing rat auditory phosphorylation in cultured rat hippocampal of all eight metabotropic glutamate recep- brainstem neurons (102) 157 neurons (102) 247 tors in hypothalamic suprachiasmatic and arcuate nuclei — a PCR analysis (102) 1 Goldman, G., see Jia, C. (102) 209 Langdon, P.E., Harley, C.W. and McLean, J.H. Baraban, S.C., McCarthy, E.B. and Schwartz- Grondona, J.M., see Lépez-Avalos, M.D. (102) Increased B adrenoceptor activation over- kroin, P.A. 69 comes conditioned olfactory learning Evidence for increased seizure susceptibility Gu, Q., see Wang, Y. (102) 35 deficits induced by serotonin depletion (102) in rats exposed to cocaine in utero (102) 291 189 Halpern, M., see Jia, C. (102) 209 Li, H.-R., see Li, Y.-X. (102) 261 Barker, J.L., see Li, Y.-X. (102) 261 Harley, C.W., see Langdon, P.E. (102) 291 Li, J.-M., see Achim, C.L. (102) 299 Baskaran, N., see Ghosh, P.K. (102) 1 Hayashi, T., Mendelson, B., Phelan, K.D., Li, Y.-X., Schaffner, A.E., Li, H.-R., Nelson, Bele, S., see Sommer, C. (102) 225 Skinner, R.D. and Garcia-Rill, E. R. and Barker, J.L. Black, I.B., see Wolf, E. (102) 305 Developmental changes in serotonergic re- Proton-induced cation current in embryonic ceptor-mediated modulation of embryonic rat spinal cord neurons changes ion depen- chick motoneurons in vitro (102) 21 Cabell, L., see Audesirk, G. (102) 247 dency over time in vitro (102) 261 Hill, D.P. and Robertson, K.A. Castagné, V. and Clarke, P.G.H. Liu, Y.-Z., see Renehan, W.E. (102) 231 Characterization of the cholinergic neuronal Inhibition of glutathione synthesis can en- Lépez-Avalos, M.D., Cifuentes, M., Grondona, differentiation of the human neuroblastoma hance cycloheximide-induced protection of J.M., Miranda, E., Pérez, J. and Fernandez- cell line LA-N-S after treatment with retinoic developing neurons against axotomy (102) Llebrez, P. acid (102) 53 285 Rostral floor plate (flexural organ) secretes Hughes, S., Lowrie, M.B. and Smith, M.E. Cifuentes, M., see Lépez-Avalos, M.D. (102) glycoproteins immunologically similar to N-Methyl-b-aspartate receptors in motoneu- 69 subcommissural organ glycoproteins in dog- rones after unilateral axotomy in the neona- Clarke, P.G.H., see Castagné, V. (102) 285 fish (Scyliorhinus canicula) embryos (102) tal rat (102) 13 Clowry, G.J., Fallah, Z. and Arnott, G. 69 Developmental expression of parvalbumin Jia, C., Goldman, G. and Halpern, M. Lowrie, M.B., see Hughes, S. (102) 13 by rat lower cervical spinal cord neurones Development of vomeronasal receptor neu- and the effect of early lesions to the motor ron subclasses and establishment of topo- cortex (102) 197 graphic projections to the accessory olfac- Mao, F., see Wang, Y. (102) 35 Copp, A.J., see Gerrelli, D. (102) 217 tory bulb (102) 209 Martin, G.F., see Terman, J.R. (102) 309 Crossin, K.L., see Phillips, G.R. (102) 143 Jin, Z., see Renehan, W.E. (102) 231 Massey, J., see Renehan, W.E. (102) 231 Cynader, M.S., see Wang, Y. (102) 35 Juraska, J.M., see Kim, J.H.Y. (102) 77 McCarthy, E.B., see Baraban, S.C. (102) 189 316 Author Index McLean, J.H., see Langdon, P.E. (102) 291 Petersen, B.E., see Achim, C.L. (102) 299 Shiratori, M., see Achim, C.L. (102) 299 Meiniel, A., see Monnerie, H. (102) 167 Phelan, K.D., see Hayashi, T. (102) 21 Skinner, R.D., see Hayashi, T. (102) 21 Mendelson, B., see Hayashi, T. (102) 21 Phillips, G.R., Krushel, L.A. and Crossin, K.L. Smith, M.E., see Hughes, S. (102) 13 Merali, Z., see Kent, P. (102) 87 Developmental expression of two rat sialyl- Sommer, C., Bele, S. and Kiessling, M. Michalopoulos, G.K., see Achim, C.L. (102) transferases that modify the neural cell ad- Expression of cerebellar specific glutamate 299 hesion molecule, N-CAM (102) 143 and GABA, receptor subunits in hetero- Middleton, J., see Reynolds, M. (102) 275 Plamondon, H., see Kent, P. (102) 87 topic cerebellar grafts (102) 225 Mimura, Y., see Muneoka, K. (102) 117 Preston, J.E., see Al-Sarraf, H. (102) 127 Suzuki, M.R., see Muneoka, K. (102) 117 Miranda, E., see L6épez-Avalos, M.D. (102) 69 Preston, J.E., see Al-Sarraf, H. (102) 47 Monnerie, H., Dastugue, B. and Meiniel, A Takeda, A., see Sawashita, J. (102) 295 In vitro differentiation of chick spinal cord Raju, T.R., see Dhingra, N.K. (102) 267 Takigawa, M., see Muneoka, K. (102) 117 neurons in the presence of Reissner’s fibre, Ramamohan, Y., see Dhingra, N.K. (102) 267 Terman, J.R., Wang, X.M. and Martin, G.F. an ependymal brain secretion (102) 167 Renehan, W.E., Massey, J., Jin, Z., Zhang, X., Developmental plasticity of selected Mullen, R.J., see Keller-Peck, C.R. (102) 177 Liu, Y.-Z. and Schweitzer, L. spinocerebellar axons. Studies using the Muneoka, K., Ogawa, T., Kamei, K., Muraoka, Developmental changes in the dendritic ar- North American opossum, Didelphis vir- S.-i., Tomiyoshi, R., Mimura, Y., Kato, H.., chitecture of salt-sensitive neurons in the giniana (102) 309 Suzuki, M.R. and Takigawa, M nucleus of the solitary tract (102) 231 Tomiyoshi, R., see Muneoka, K. (102) 117 Prenatal nicotine exposure affects the devel- Reynolds, M., Alvares, D., Middleton, J. and opment of the central serotonergic system Fitzgerald, M Van den Pol, A.N., see Ghosh, P.K. (102) 1 as well as the dopaminergic system in rat Neonatally wounded skin induces NGF-in- offspring: involvement of route of drug ad- dependent sensory neurite outgrowth in vitro Wagner, J.P., see Wolf, E. (102) 305 ministrations (102) 117 (102) 275 Wang, G., see Achim, C.L. (102) 299 Muraoka, S.-i., see Muneoka, K. (102) 117 Robertson, K.A., see Hill, D.P. (102) 53 Wang, X.M., see Terman, J.R. (102) 309 Wang, Y., Gu, Q., Mao, F. and Cynader, M.S. Natarajan, M. and Wilkinson, M Sawashita, J., Takeda, A. and Okada, S. Developmental expression and regulation of Recovery of hypothalamic NMDA-induced Change of zinc distribution in rat brain with a@, adrenergic receptors in cultured cortical c-fos expression following neonatal gluta- increasing age (102) 295 neurons (102) 35 mate (MSG) lesions (102) 97 Schaffner, A.E., see Li, Y.-X. (102) 261 Weaver, D.R., see Shearman, L.P. (102) 105 Nelson, R., see Li, Y.-X. (102) 261 Schwartzkroin, P.A., see Baraban, S.C. (102) Wiley, C.A., see Achim, C.L. (102) 299 189 Wilkinson, M., see Natarajan, M. (102) 97 Ogawa, T., see Muneoka, K. (102) 117 Schweitzer, L., see Renehan, W.E. (102) 231 Wolf, E., Wagner, J.P., Black, 1.B. and DiCic- Okada, S., see Sawashita, J. (102) 295 Segal, M.B., see Al-Sarraf, H. (102) 127 co-Bloom, E. Oshika, E., see Achim, C.L. (102) 299 Segal, M.B., see Al-Sarraf, H. (102) 47 Cerebellar granule cells elaborate neurites Shearman, L.P., Zeitzer, J. and Weaver, D.R before mitosis (102) 305 Parnavelas, J.G., see Antonopoulos, J. (102) Widespread expression of functional D,- 135 dopamine receptors in fetal rat brain (102) Zeitzer, J., see Shearman, L.P. (102) 105 Pérez, J., see L6pez-Avalos, M.D. (102) 69 105 Zhang, X., see Renehan, W.E. (102) 231